WO2015077906A1

WO2015077906A1 - Bottle depalletizing machine

Info

Publication number: WO2015077906A1
Application number: PCT/CN2013/001521
Authority: WO
Inventors: 王子亮
Original assignee: 王子亮
Priority date: 2013-11-30
Filing date: 2013-12-09
Publication date: 2015-06-04
Also published as: CN103612918B; CN103612918A

Abstract

　Disclosed is a bottle depalletizing machine, comprising a machine frame, a bottle stack lifting mechanism, a bottle translation mechanism, and a partition board picking and placing mechanism, wherein the machine frame comprises a base, a left column, and a right column, the left column is provided with a left vertical guide rail, and the right column is provided with a right vertical guide rail; the bottle stack lifting mechanism comprises a lifting fork and a lifting fork hoisting driving mechanism; a left hoisting guide roller mounting plate is provided at the left end of the lifting fork, and at least three left hoisting guide rollers matched with the left vertical guide rail are mounted on the left hoisting guide roller mounting plate; a right hoisting guide roller mounting plate is provided at the right end of the lifting fork, and at least three right hoisting guide rollers mating with the right vertical guide rail are mounted on the right hoisting guide roller mounting plate; the bottle translation mechanism is arranged above the lifting fork; and the partition board picking and placing mechanism comprises a support seat, a swing arm, a swing driving motor, a swing gear speed reducer, a suction disc assembly, and a suction disc assembly hoisting mechanism, the support seat being connected to the left or right column. The invention has a compact structure and smooth operation, and can successfully complete the bottle depalletizing operation.

Description

Unloading machine

Technical field

The invention relates to a demolition device, in particular to a bottle unloading machine.

Background technique

In the filling production line, in order to increase the degree of turbulence in production, the bottle rafter stacked from the multi-layer bottles is usually unloaded (ie, layered and unloaded) and transported to the bottle table. The bottle is transported to the subsequent station by the bottle conveyor for cleaning, filling, sealing and the like.

Existing unloading machines generally include a frame, a bottle hoisting mechanism, a bottle translation mechanism, and a bulkhead pick-and-place mechanism. The bottle hoisting mechanism, the bottle displacing mechanism, and the bulkhead pick-and-place mechanism are mounted on the frame. The function of the bottle hoisting mechanism is to raise the bottle tops thereon to a predetermined height; the bottle translation mechanism usually has a top of the frame, and the function is to convey the bottle of the top layer of the bottle to the bottle table laterally; A partition is arranged between two adjacent bottles, and after the bottle translation mechanism removes the upper layer of the bottle, the partition pick-and-place mechanism takes out the partition and moves it to the partition collecting frame, and then the bottle lifting mechanism will next The layer of bottles is delivered to the predetermined position, and the bottle translation mechanism continues to remove the next layer of bottles.

The bottle lifting mechanism generally comprises a frame, a lifting fork and a lifting fork lifting driving mechanism capable of driving the lifting lifting, the lifting fork lifting driving mechanism is mounted on the frame, and the lifting lifting drive mechanism comprises a lifting machine and a plurality of chains. The lifting fork is connected to each chain, and the lifting motor drives the lifting fork to lift and lower through the chain. When the lifting lift drive mechanism drives the lift fork to rise, the lift fork drives the bottle top thereon to rise to a predetermined height. However, the operation of the bottle raising mechanism is not smooth enough, and the lifting fork and the bottle above it are liable to sway during the lifting process, so that the bottles collide with each other, causing damage to the bottle.

The above-mentioned partition pick-and-place mechanism generally comprises a frame, a carriage, a carriage translation mechanism, a suction cup assembly and a suction cup assembly lifting mechanism, the carriage translation mechanism is disposed on the frame, and the carriage translation mechanism can drive the carriage to be unloaded in the partition The position and the baffle collection frame reciprocally translate, the suction cup assembly lifting mechanism is disposed on the sliding frame, and the suction cup assembly lifting mechanism can drive the suction cup assembly to move up and down. The sliding frame translation mechanism includes a translation motor, a driving pulley, a driven pulley and a transmission belt. The driving pulley and the driven pulley are respectively disposed on two sides of the frame, and the translation motor is connected with the driving pulley, and the driving pulley passes through the transmission belt. The driven pulley drive connection, the carriage is fixedly connected to the drive belt. When the power output shaft of the translation motor rotates forward, the driving pulley and the driving belt drive the sliding frame and the suction cup assembly lifting mechanism and the suction cup assembly thereon to translate in one direction; when the power output shaft of the translation motor is reversed, the driving pulley and the transmission belt are passed. The sliding frame and the suction cup assembly lifting mechanism and the suction cup assembly thereon are driven to translate in the other direction. Thus, the translational motor can drive the carriage, the suction cup assembly lifting mechanism and the suction cup assembly to reciprocally translate between the bottle and the separator collecting frame to effect the movement of the partition in the horizontal direction. The baffle pick-and-place mechanism a can smoothly perform the operation of picking and placing the baffle, but the sliding frame and the carriage translation mechanism take up a large space, and the bottle is limited by the translation mechanism, when the installation position is selected. Not flexible enough, so the entire unloading machine structure is not compact enough.

Summary of the invention

The technical problem solved by the present invention is to provide a bottle unloading machine which is compact in structure and stable in operation. The technical solution adopted is as follows: A bottle unloading machine, including a rack, a bottle lifting mechanism, a bottle translation mechanism and a partition pick-and-place mechanism, a bottle lifting mechanism, a bottle translation mechanism and a separator pick-and-place mechanism are mounted on the frame The utility model is characterized in that: the frame comprises a base, a left column and a right column, the lower end of the left column and the lower end of the right column are fixedly connected with the base, and the right side wall of the left column is provided with a vertical vertical rail on the right side, right The left side wall of the column is provided with an upright vertical right rail; the bottle lifting mechanism comprises a lifting fork and a lifting fork lifting driving mechanism capable of driving the lifting fork to lift, the lifting fork lifting driving mechanism is mounted on the frame, and the fork is raised at the left end There is a left lifting guide roller mounting plate, and the left lifting guide roller mounting plate is provided with at least three left lifting guide rollers matched with the left vertical guide rail, at least one of the left lifting guide rollers is disposed on the left vertical On the front side of the guide rail, at least one left lifting guide roller is disposed on the rear side of the left vertical rail, and at least one left lifting guide roller is disposed on the right side of the left vertical rail; The right side of the fork is provided with a right lifting guide roller mounting plate, and the right lifting guide roller mounting plate is provided with at least two right lifting guide rollers matched with the right vertical rail, wherein at least one right lifting guide roller is disposed at (J front side of the vertical rail, at least one right lifting guide roller is arranged on the rear side of the right vertical rail, at least one right lifting guide roller is arranged on the left side of the right vertical rail; the bottle is set in the translation mechanism Lifting the fork above, and the bottle translation mechanism is between the left column and the right column; the partition pick-and-place mechanism includes a support seat, a swing arm, a swing drive motor, a swing drive reducer, a suction cup assembly, and a suction cup assembly capable of driving the suction cup assembly to move up and down The mechanism, the support base and the left column are connected to the right column, the swing drive and the oscillating drive reducer are fixed on the support base, and the power output shaft of the swing drive machine is coupled with the power input shaft of the oscillating drive reducer, the swing arm The power output shaft of the one end swing transmission reducer is fixedly connected, and the suction cup assembly lifting mechanism is mounted on the swing arm.

The above-mentioned bottle hoisting mechanism lifts the lifting and the bottle above it, so that the bottle of the uppermost bottle reaches the predetermined height; The moving mechanism transports the bottle of the uppermost layer of the bottle to the bottle table laterally; after the bottle translation mechanism removes the bottle of the uppermost layer of the bottle, the separator is taken by the partitioning mechanism to place the uppermost bottle between the bottle and the upper layer of the bottle Unloading and moving to the partition collecting frame; then the bottle lifting mechanism sends the secondary upper bottle to the predetermined position, and then the bottle translation mechanism continues to remove the bottle; thus circulating until the bottles in the bottle are unloaded Next; the lifting fork is lowered, and after the bottom tray of the bottle is removed from the rack, the unloading operation of the next bottle is performed.

In a preferred embodiment, a plurality of height-adjustable support legs are mounted on the bottom of the base.

In the above-mentioned bottle hoisting mechanism, each of the left lifting guide rollers cooperates with the left vertical guide rail, and each right lifting guide roller cooperates with the right vertical guide rail to guide the lifting fork along the left vertical rail and the right vertical rail. In one aspect, the left vertical guide rail and each of the left lifting guide rollers collectively define a position of the left end of the lifting fork in a horizontal direction, and the right vertical rail and each of the right lifting guide rollers collectively define a position of the right end of the lifting fork in a horizontal direction, thereby defining Raise the position of the fork in the horizontal direction, so that the lifting fork can be smoothly lifted and lowered, effectively avoiding the lifting fork and the bottle above it from swaying during lifting; on the other hand, between the left lifting guide roller and the left vertical rail Rolling fit, rolling cooperation between each right lifting guide roller and the right vertical guide rail, the resistance of the lifting fork during lifting is small.

In a preferred embodiment, the cross-sectional shape of the left vertical rail is rectangular, and the left lifting guide roller disposed on the front side of the left vertical rail is in contact with the front side of the left vertical rail, and is disposed on the left side of the rear side of the left vertical rail. The lifting guide roller is in contact with the rear side of the left vertical rail, and the left lifting guide roller disposed on the right side of the left vertical rail is in contact with the right side surface of the left vertical rail; the cross-sectional shape of the right vertical rail is rectangular. The right lifting guide roller disposed on the front side of the right vertical rail is in contact with the front side of the right vertical rail, and is disposed on the vertical side. The rear lifting guide roller on the rear side of the rail is in contact with the rear side of the right vertical rail, and is disposed on The right lifting guide I roller on the left side of the right vertical rail is in contact with the left side surface of the vertical rail.

In a specific solution, the left lifting guide roller mounting plate is mounted with five left lifting guide rollers matched with the left vertical rail, wherein two left lifting guiding rollers are disposed on the front side of the left vertical rail, two The left lifting guide roller is disposed on the rear side of the left vertical rail, and one left lifting guide roller is disposed on the right side of the left vertical rail; the right lifting guide roller mounting plate is mounted with five right sides matched with the right vertical rail Lifting guide rollers, wherein two right lifting guide rollers are arranged on the front side of the right vertical rail, two right lifting guide rollers are arranged on the rear side of the right vertical rail, and one right lifting guide roller is arranged on the right vertical rail Left side. Normally, the left lifting guide roller on the rear side of the set-left vertical rail is in one-to-one correspondence with the left lifting guide roller provided on the front side of the left vertical rail, and the two left lifting guide rollers corresponding to each other are in the front and rear. The same height; the right lifting guide roller disposed on the rear side of the right vertical rail is in one-to-one correspondence with the right lifting guide roller disposed on the front side of the right vertical rail, and the two right lifting guide rollers corresponding to the front and rear are at the same height .

In a specific solution, the lifting sense includes a left-facing lifting beam and a plurality of forward-facing forks, and the rear ends of the forks are fixedly connected with the lifting beam, and the left lifting guide roller mounting plate and the left end of the lifting beam Connected, the right lifting guide roller mounting plate is connected to the right end of the lifting beam. When lifting the bottle, the plate at the bottom of the bottle is placed on the middle of each fork and lifting beam.

In a preferred solution, the lifting fork lifting drive mechanism comprises a top frame, a lifting motor, a first left speed reducer, a left timing pulley, a left timing belt, a first right speed reducer, a right timing belt wheel and a right timing belt, and the top frame is provided with a τ ·The top of the rack (usually the upper end of the left column and the upper end of the right column are fixedly connected to the top frame), the lifting motor, the first left reducer and the first right reducer are fixed on the top frame, and the power input of the first left reducer The power input shaft of the shaft and the first right reducer are all connected with the power output shaft of the lifting motor, the left timing pulley is mounted on the power output shaft of the first left reducer, and the right timing pulley is mounted on the first right reducer On the power output shaft; the left timing belt is strip-shaped, the middle portion of the left timing belt is engaged with the left timing pulley, the left timing belt is connected to the left lifting guide roller mounting plate at one end, and the left balance weight is connected to the other end; The belt is strip-shaped, and the middle portion of the right timing belt is engaged with the right timing pulley, and one end of the right timing belt is connected to the right lifting guide roller mounting plate, and the other end is connected with a right balance weight. The lifting motor drives the left timing pulley to rotate by the first left reducer, and drives the right timing pulley to rotate by the first right reducer, and the left timing belt and the right timing belt wheel respectively drive the lifting by the left timing belt and the right timing belt. Lifting (rising or rising depends on the direction of rotation of the power take-off shaft of the lift motor). The left balance weight and the right balance weight are used to balance the weight of the lifting fork and the bottle.

More preferably, the left pillar has a left guiding channel with an up-and-down direction, the left balance weight is disposed in the left guiding channel; the right pillar has a right guiding channel in the up-and-down direction, and the right balancing weight is disposed in the guiding channel. . The left guide channel guides the left balance weight to rise and fall smoothly, and the right guide channel guides the right balance weight to rise and fall smoothly.

In a preferred embodiment, at least one buffer block is disposed on the upper surface of the base, and the buffer block is directly under the lifting fork. Normally, the buffer block corresponds to the position of the lifting beam. The above buffer block may be constructed of a rubber block or a spring. The above-mentioned buffer block acts as a stop limit for the lifting fork, and can reduce the punching of the base when the lifting fork is lowered.

In a preferred solution, the left lifting guide roller mounting plate is provided with a left limiting stop block, and the right side wall of the upper left column is provided with a left limiting block, and the left limiting block is directly above the left limiting stopping block; The guide roller mounting plate is provided with a right limit stop block, and the right limit block is disposed on the left side wall of the upper part of the right column, and the right limit block is located at the upper end of the stop block. This structure enhances the safety protection of the lifting fork, and the lifting fork rises over In the middle of the process, when the left limit stop block and the right limit stop block touch the left limit block and the right limit block respectively, the lift fork can be prevented from continuing to rise.

In a preferred embodiment, the bottle translation mechanism includes a translation mechanism bracket, a bottle holder, and a pinchper translation driving mechanism for driving the bottle holder to translate back and forth, and the bottle washer translation driving mechanism is disposed on the translation mechanism bracket, and the translation mechanism bracket is disposed. Connected to the frame; the translation mechanism bracket is provided with a left-right horizontal guide rail and a right horizontal guide rail; the left end of the clipper is provided with a left translation guide roller mounting plate, and the left translation guide roller mounting plate is installed with at least Two left translation guide rollers cooperate with the left horizontal guide rail, wherein at least one left translation guide roller is disposed on the upper side of the left horizontal rail, and at least one left translation guide roller is disposed on the lower side of the left horizontal rail; The right end is provided with a right translation guide roller mounting plate, and the right translation guide roller mounting plate is mounted with at least two right horizontal guide rails, and at least one right translation guide roller is disposed on the right horizontal guide rail. On the side, at least one right translation guide roller is set to the lower side of the right horizontal guide. Each of the left translation guide rollers cooperates with the left horizontal guide rail, and each right translation guide roller cooperates with the right horizontal guide rail to guide the bottle holder to translate along the left horizontal guide rail and the right horizontal guide rail. On the one hand, the left horizontal guide rail and each left shifting The guide rollers collectively define the position of the left end of the bottle holder in the vertical direction, and the right horizontal guide and each of the right translation guide rollers collectively define the position of the right end of the bottle holder in the vertical direction, thereby defining the vertical direction of the bottle holder The upper position enables the bottle holder to smoothly traverse, effectively preventing the bottle holder and the bottle it grips from vibrating up and down during the translation process; on the other hand, the left translation guide roller and the left horizontal guide are in rolling cooperation The rolling guide between the right translation guide roller and the right horizontal guide rail has a small resistance during the translation process.

Normally, the bottle translation mechanism is set on the top of the rack, the lifting fork and the bottle table of the unloading machine are under the bottle translation mechanism, and the bottle holder can be lifted under the driving mechanism of the bottle holder. The top of the £ is reciprocated between the top and the top of the bottle table.

In a preferred embodiment, the cross-sectional shape of the left horizontal rail is rectangular, and the left translation guide roller disposed on the upper side of the left horizontal rail is in contact with the upper side surface of the left horizontal rail, and the left translation guide roller is disposed on the left horizontal rail. The bottom horizontal rail is in contact with the lower side; the right horizontal rail can be rectangular in shape, and the right translation guide roller disposed on the upper side of the right horizontal rail contacts the upper horizontal rail of the right horizontal rail, and the right translation guide is disposed on the lower side of the right horizontal rail. The guide roller is in contact with the right horizontal guide.

In a specific solution, the left translation guide roller mounting plate is mounted with four left translation guide rollers that cooperate with the left horizontal guide rail, wherein two left translation guide rollers are disposed on the upper side of the left horizontal rail, and two The left translation guide roller is disposed on the lower side of the left horizontal guide rail; the right translation guide roller mounting plate is mounted with four right translation guide rollers that cooperate with the right horizontal guide rail, wherein two right translation guide rollers are disposed on the right On the upper side of the horizontal rail, two right translation guide rollers are provided on the lower side of the right horizontal rail.

In a preferred solution, the above-mentioned pincer translation driving mechanism comprises a translation motor, a second left reducer, a left active synchronous pulley, a left annular synchronous belt, a left driven synchronous pulley, a second right reducer, and a right active synchronous pulley. , the right annular timing belt and the right driven timing pulley; the translation motor, the second left reducer and the second right reducer are fixedly mounted on the translation mechanism bracket, and the power input shaft and the second right deceleration of the second left reducer The power input shaft of the device is connected with the power output shaft of the translation motor, the left active timing pulley is mounted on the power output shaft of the second left reducer, and the right active timing pulley is mounted on the power output shaft of the second right reducer. The left active timing pulley is connected to the left driven timing pulley through the left loop synchronous belt drive, and the right active synchronous pulley is connected to the right driven timing pulley through the right annular timing belt drive, the left annular timing belt and the left translation guide wheel The mounting plate is connected and the right circular timing belt is connected to the right translation guide roller mounting plate. In a carcass scheme, the left active timing pulley is disposed on the rear side of the left horizontal rail, the left driven timing pulley is disposed on the front side of the left horizontal rail, and the right active timing pulley is disposed on the rear side of the right horizontal rail, and the right is driven The timing pulley is located on the front side of the right horizontal rail. In another specific solution, the left active timing pulley is disposed on the front side of the left horizontal rail, the left driven timing pulley is disposed on the rear side of the T-left horizontal rail, and the right active timing pulley is disposed on the front side of the right horizontal rail, The moving timing belt wheel is set to "the right side of the right horizontal rail. The translation motor drives the left active timing pulley to rotate by the second left reducer, and drives the right active timing pulley to rotate by the second right reducer, the left active timing pulley, The right active timing pulley drives the pincer translation through the left annular timing belt and the right circular timing belt respectively (the forward or backward translation of the bottle clamp depends on the direction of rotation of the power output shaft of the translation motor).

In a preferred embodiment, the bottle holder comprises a bottle holder assembly, a left bottle assembly, a right bottle assembly, a front bottle assembly, a rear bottle assembly, a first bottle assembly position switching mechanism, and a second bottle assembly position. a switching mechanism; the left translation guide roller mounting plate and the right translation guide roller mounting plate are connected to the bottle holder assembly mounting frame; the left clamping bottle assembly is provided with a D-clamp assembly mounting frame on the left side, and the left clamping bottle assembly includes a left The clamping plate and the left swinging frame, the left swinging frame and the bottle clamping component mounting frame are hinged, the left clamping bottle plate is arranged at the lower end of the left swinging frame; the right clamping bottle component is arranged on the right side of the clamping bottle assembly mounting frame, and the right clamping bottle component comprises the right The clamping plate and the right swing frame, the right swing frame is hinged with the clip bottle assembly mounting frame, and the right clamping bottle plate is disposed at the lower end of the right swing frame; the front clip bottle assembly is disposed on the front side of the clip bottle assembly mounting frame, and the front clip bottle assembly includes the front side The clamping plate and the front swinging frame, the front swinging frame and the bottle clamping component mounting frame are hinged, the front clamping bottle plate is arranged at the lower end of the front swinging frame; the rear clamping bottle component is provided on the rear side of the clamping bottle assembly mounting frame, and the rear clamping bottle component comprises Rear clamp plate and rear swing frame The rear swing frame is hinged with the clamp bottle assembly mounting frame, and the rear clamp bottle plate is disposed at the rear swing frame end; the first clamp bottle assembly position switching mechanism comprises a first clamp bottle cylinder, a turntable, a left link, a right link and a front The connecting rod and the turntable are rotatably mounted on the bottle holder assembly mounting frame, and the cylinder block and the bottle holder assembly of the first clamping bottle cylinder The frame is hinged, the piston rod of the first cylinder of the bottle is hinged with the portion of the turntable that is offset from the rotating shaft, one end of the left link is hinged with the upper end of the left swing frame, and the other end of the left link is hinged with the portion of the turntable that is offset from the rotating shaft, and is connected to the right. One end of the rod is hinged with the upper end of the right swing frame, and the other end of the right link is hinged with a portion of the turntable that is offset from the rotating shaft, one end of the front link is hinged with the upper end of the front swing frame, and the other end of the front link is hinged with a portion of the turntable that is offset from the rotating shaft thereof; The second pinch bottle assembly position switching mechanism includes a second pinch cylinder, the cylinder of the second pinch cylinder is connected with the pinch assembly mounting bracket, and the piston rod of the second pinch cylinder is hinged with the upper end of the rear swing frame. The first pinch assembly position a switching mechanism can simultaneously switch the positions of the front pinch bottle assembly, the left pinch bottle assembly and the right pinch bottle assembly, and the rotary table is rotated forward or reverse by controlling the expansion and contraction of the piston rod of the first pinch cylinder. And respectively driving the left pinch bottle assembly, the right pinch bottle assembly and the front pin bottle assembly to swing inward or outward through the left link, the right link and the front link respectively; the second pinch bottle assembly position switching mechanism is used for After switching the position of the bottle holder assembly, the rear bottle holder assembly is swung inward or outward by controlling the expansion and contraction of the piston rod of the second bottle cylinder. The left clamp bottle assembly, the right clamp bottle assembly, the front clamp bottle assembly, and the rear clamp bottle assembly clamp the bottle while swinging inward, and the left clamp bottle assembly, the right clamp bottle assembly, the front clamp bottle assembly, and the rear clamp bottle assembly swing outward. Release the bottle.

In order to ensure that the lowermost bottle of the bottle is transported laterally, the lower partition and the bottle layer are not moved. Preferably, the translation mechanism bracket is provided with an auxiliary limiting mechanism, and the auxiliary limiting mechanism is arranged in front of the bottle holder, and the auxiliary The limiting mechanism comprises a left horizontal guiding rod, a right horizontal guiding rod, a partition clamping seat, a partition clamping seat translation cylinder, a partition clamp and a front baffle; the left horizontal guiding rod and the right horizontal guiding rod are both front and rear, the partition The left end of the fixture holder is provided with a left sliding sleeve sleeved on the left horizontal guiding rod, and the right end of the partitioning fixture holder is provided with a right sliding sleeve sleeved on the right horizontal guiding rod, and the translation cylinder of the partitioning fixture holder is oriented forward and backward, the partition plate The cylinder block of the translation cylinder of the A-seat is connected with the translation mechanism bracket, and the piston rod of the translation cylinder of the partition clamp holder is connected with the partition clamp holder; the spacer clamp includes a lower clamp and an upper clamp, and the lower clamp includes a lower clamp shaft and at least one design a lower clamping arm on the lower clamping shaft, the lower clamping shaft is rotatably mounted on the partitioning clamp seat and is oriented to the left and right. The lower jaw clamping seat is provided with a lower clamping driving cylinder which is rotated by the clamping shaft of the D-driver. package The upper clamping shaft and the at least one upper clamping arm disposed on the upper clamping shaft, the upper clamping shaft is rotatably mounted on the partitioning fixture holder and is oriented to the left and right, and the upper clamp is provided with a upper clamp for driving the upper clamping shaft Driving the cylinder, the upper clamp arm and the lower clamp arm have the same number and one-to-one correspondence; the front baffle is disposed on the rear edge of the partition clamp holder, and the front baffle has a notch corresponding to the upper clamp arm and the lower clamp arm, The clamp arm and the lower clamp arm protrude through the notch to the rear side of the front bezel. When the above-mentioned baffle holder translation cylinder drives the baffle holder and the front baffle and the baffle clamp thereon move backward, the front baffle contacts the sub-layer bottle to prevent the bottle from leaning forward; meanwhile, the uppermost layer The front edge of the partition between the bottle and the sub-bottom bottle is between the upper clamp arm and the lower clamp arm, and after the upper clamp drive cylinder and the lower clamp drive cylinder respectively drive the upper clamp shaft and the lower clamp shaft to rotate, the upper clamp The arm is clamped to the lower clamp arm to sandwich the partition.

In a preferred solution, the above-mentioned bottle holder is provided with an induction device, and the induction device comprises an induction cylinder, an induction cylinder mount, a contact plate, an upper proximity switch and a lower proximity switch, and the induction cylinder mount is connected with the bottle holder (induction in a specific scheme) The cylinder mounting seat is connected with the clamping bottle assembly mounting bracket), the cylinder of the induction cylinder is fixedly mounted on the induction cylinder mounting seat, the piston rod of the induction cylinder is facing downward, the lower end of the piston rod of the induction cylinder is connected to the contact plate, the upper proximity switch and the lower proximity The switch is disposed on the cylinder of the induction cylinder, and the upper proximity switch is directly above the lower proximity switch. The piston or the piston rod of the induction cylinder is provided with a detection body matched with the upper proximity switch and the lower proximity switch. By setting the above sensing device, the height position of the top bottle of the bottle in the bottle holder can be automatically detected. Before the top bottle of the bottle enters the bottle holder, the uppermost bottle of the bottle is not in contact with the contact plate, and the contact plate is at its lowest position, at which time the lower proximity switch senses the sample; when the bottle is raised, the uppermost bottle of the bottle enters Pushing the contact plate up and up in the pinch holder, the contact plate ascending and pushing the piston rod of the induction cylinder and the detecting body to rise; when the upper proximity switch senses the detecting body, it means that the uppermost bottle of the bottle reaches the predetermined height position, The upper proximity switch sends a signal to the control circuit, and the control circuit sends a control signal to stop the bottle hoist mechanism.

In a more preferred solution, the induction cylinder mounting seat is provided with a contact plate guiding sleeve, and the contact plate guiding sleeve is provided with a contact plate guiding rod, the contact plate guiding rod is parallel with the induction cylinder, and the lower end contact plate of the contact plate guiding rod is connected. By providing the mating contact plate guide sleeve and the contact plate guide rod, the contact plate can be smoothly lifted and lowered.

In a preferred embodiment, the suction cup assembly lifting mechanism comprises a lifting cylinder block and a lifting cylinder, the suction cup assembly comprises a suction cup mounting frame and a plurality of suction cups on the dry suction cup mounting frame; the lifting cylinder seat swing arm is connected, and the lifting cylinder cylinder is mounted on the lifting and lowering On the cylinder block, the piston rod of the lift cylinder is facing down and connected to the suction cup mount. When the piston rod of the lifting cylinder is extended, the suction cup mounting bracket and the suction cup are driven to descend, and when the piston rod of the lifting cylinder is contracted, the suction cup mounting bracket and the suction cup are driven to rise.

In a more preferred solution, the suction cup assembly lifting mechanism further includes two guides S and two guiding rods, and the two guiding sleeves are fixedly disposed on the lifting cylinder seat and parallel with the lifting cylinder, and the two guiding sleeves are symmetrically disposed on the lifting cylinder Both sides; the lower ends of the two guiding rods are connected with the suction cup mounting frame; the two guiding rods are in one-to-one correspondence with the two guiding sleeves, and the guiding rod is in the guiding sleeve. By providing the above-mentioned guide sleeve and guide rod, the suction cup assembly can be guided to rise and fall more smoothly.

In a specific solution, the suction cup mounting frame comprises a central connecting plate and four suction cup mounting rods; a central connecting plate and a piston rod of the lifting cylinder Each suction cup mounting rod has one end connected to the center connecting plate, the suction cup mounting rod is disposed in a horizontal direction, and an angle between adjacent two suction cup mounting rods is 90°; at least one is provided on each suction cup mounting rod The suction cup. Normally, each of the suction cup mounting rods is radially distributed around the connection point of the center connecting plate and the lift cylinder piston rod. Preferably, the number of suction cups provided on each of the suction cup mounting rods is the same. The number of suction cups provided on the suction cup mounting rod can be increased or decreased according to actual needs.

In a more preferred embodiment, the suction cup is mounted on the suction cup mounting rod by a suction cup holder, and the suction cup holder is sleeved on the suction cup mounting rod, and the suction cup is connected with the suction cup holder. The suction cup I can be moved along the suction cup mounting rod and fixed on the suction cup mounting rod through the connecting member. When used, the position of the suction cup holder on the suction cup mounting rod can be adjusted according to actual needs, thereby adjusting the position of the corresponding suction cup. .

In the invention, the lifting fork can be smoothly lifted along the left vertical rail and the right vertical rail in the lifting of the lifting and lowering driving mechanism, thereby smoothly lifting the bottle; and, the bottle lifting mechanism, the bottle translation mechanism and the partitioning device Reasonable assembly between the mechanisms makes the unloading and unloading machine of the present invention compact and stable, and can smoothly complete the unloading of the bottle.

DRAWINGS

Figure 1 is a schematic view showing the structure of a preferred embodiment of the present invention;

2 is a schematic structural view of a bottle sling lifting mechanism according to a preferred embodiment of the present invention;

Figure 3 is a schematic structural view of the lifting fork of Figure 2;

4 is a schematic structural view of a bottle translation mechanism according to a preferred embodiment of the present invention;

Figure 5 is a schematic view showing the structure of a bottle holder in a preferred embodiment of the present invention;

6 is a schematic structural view of an auxiliary limiting mechanism in a preferred embodiment of the present invention;

Figure 7 is a schematic view showing the structure of a spacer clip in a preferred embodiment of the present invention;

Figure 8 is a schematic structural view of an induction device in a preferred embodiment of the present invention;

9 is a schematic structural view of a separator pick-and-place mechanism in a preferred embodiment of the present invention;

Figure 10 is a schematic view showing the structure of a lifting mechanism of a suction cup assembly in a preferred embodiment of the present invention.

detailed description

As shown in Fig. 1, the bottle unloading machine comprises a frame 1, a bottle lifting mechanism 2, a bottle translation mechanism 3 and a partition pick-and-place mechanism 4, a bottle lifting mechanism 2, a bottle translation mechanism 3 and a partitioning device. The mechanism 4 is mounted on the frame 1.

The frame 1 includes a base 1 1 , a left column 12 and a right column 13. The lower end of the left column 12 and the lower end of the right column 13 are fixedly connected to the base 1 1 , and a plurality of height-adjustable support legs 14 are mounted on the bottom of the base 1 1 .

The frame 1 is further provided with a left side wall panel 15 , a side wall panel 16 and a rear side wall panel 17 , and a wall panel position switching mechanism for switching the position of the left wall panel 15 and the right wall panel 16 , the rear side The wall panel 17 is fixed to the frame 1. The left side wall panel 15, the right side wall panel 16 and the rear side wall panel 17 are used to protect the bottle liner, and respectively limit the left side, the right side and the back side of the bottle to prevent the bottle from being lifted by the bottle lifting mechanism 2 Shake during the ascension process. An opening may be provided at the bottom of the rear side wall panel 17 for removing the empty bottle tray.

In addition, a transition plate may be provided between the bottle translation mechanism 3 and the bottle table behind it. The transition plate holds the bottom of the bottle that is displaced by the bottle translation machine 3 so that the bottle smoothly reaches the transition plate.

As shown in Fig. 2, the bottle hoisting mechanism 2 includes a lifting hoist 22 and a lifting fork lifting drive mechanism capable of driving the lifting fork 22 to lift, and the lifting fork lifting drive mechanism is mounted on the frame 1.

Referring to Fig. 3, the lifting fork 22 includes a left and right lifting beam 221 and a plurality of front and rear forks 222, and the rear ends of the forks 222 are connected to the lifting beam 221.

Referring to Fig. 2, the right side wall of the left column 12 is provided with an upright vertical left rail 23, and the left side wall of the right column 13 is provided with an upright vertical right rail 24.

Referring to FIG. 3, the left end of the lifting fork 22 is provided with a left lifting guide roller mounting plate 223 (the left lifting guide roller mounting plate 223 is connected to the left end of the lifting beam 221), and the left lifting guide roller mounting plate 223 is mounted with five and left ends. The left lifting guide roller 224 is engaged with the vertical rail 23, wherein two left lifting guide rollers 224 are disposed on the front side of the left vertical rail 23, and the two left lifting guide rollers 224 are disposed on the rear side of the left vertical rail 23, Ί, the left lifting guide roller 224 is disposed on the right side of the left vertical rail 23; the right end of the lifting belt 22 is provided with a right lifting guide roller mounting plate 225 (right lifting guide roller The mounting plate 225 is coupled to the right end of the lifting beam 221, and the right lifting guide roller mounting plate 225 is mounted with five right lifting guide rollers 226 that cooperate with the right vertical rail 24, wherein the two right lifting guide rollers 226 are disposed at On the front side of the right vertical rail 24, two right lifting guide rollers 226 are disposed on the rear side of the right vertical rail 24, and one right lifting guide roller 226 is disposed on the left side of the right vertical rail 24. In this embodiment, the cross-sectional shape of the left vertical rail 23 is rectangular, and the left lifting guide roller 224 disposed on the front side of the left vertical rail 23 is in contact with the front side of the left vertical rail 23, and is disposed on the left vertical rail. The left lifting guide roller 224 on the rear side of the 23 is in contact with the rear side surface of the left vertical rail 23, and the left lifting guide roller 224 disposed on the right side of the left vertical rail 23 is in contact with the right side surface of the left vertical rail 23; The cross-sectional shape of the vertical rail 24 is rectangular, and the right lifting guide roller 226 disposed on the front side of the right vertical rail 24 is in contact with the front side of the right vertical rail 24, and is disposed on the right side of the rear side of the right vertical rail 24. The guide roller 226 is in contact with the rear side surface of the right vertical rail 24, and the weir lifting guide roller 226 provided on the left side of the right vertical rail 24 is in contact with the left side surface of the right vertical rail 24. The left lifting guide roller 224 disposed on the rear side of the left vertical rail 23 corresponds to the left lifting guide roller 224 on the front side of the left vertical rail 23, and the two left lifting guide rollers 224 corresponding to the front and rear. The same height is provided; the right lifting guide roller 226 disposed on the rear side of the right vertical rail 24 corresponds to the right lifting guide roller 226 disposed on the front side of the right vertical rail 24, and the two right lifting guides corresponding to the front and rear The rollers 226 are at the same height.

The lift fork lifting drive mechanism includes a top frame 25, a lifting and lowering machine 26, a first left speed reducer 27, a left timing pulley 28, a left timing belt 29, a first right speed reducer 231, a right timing belt wheel 232, and a timing belt 233. The top frame 25 is disposed on the top of the frame 1 (the upper end of the left column 12 and the upper end of the right column 13 are fixedly connected with the top frame 25), and the lifting and lowering machine 26, the first left speed reducer 27 and the first right speed reducer 231 are fixedly mounted on the top. On the frame 25, the power input shaft of the first left reducer 27 and the power input shaft of the first speed reducer 23 1 are both connected to the power output shaft of the lift motor 26, and the left timing pulley 28 is mounted on the first left reducer 27. On the power output shaft, the right timing pulley 232 is mounted on the power output shaft of the first right speed reducer 231; the left timing belt 29 is strip-shaped, and the middle portion of the left timing belt 29 is meshed with the left timing pulley 28, and the left timing belt 29 The end is connected to the left lifting guide roller mounting plate 223 (the left lifting guide roller mounting plate 223 is connected to the left timing belt 29 via the connecting plate 227), and the other end is connected with the left balance weight; the right timing belt 233 is strip-shaped, right Timing belt 233 3⁄4 timing pulley 232 is engaged, right timing belt 233 is connected to right lifting guide roller mounting 3⁄4 225 (right lifting guide roller mounting plate 225 is connected to right timing belt 233 through the splicing plate 228), and the other end is connected with right balance Heavy block. The left column 12 has a left guiding channel with an up and down direction, and the left balance weight is disposed in the left guiding channel; the right column 13 has a right guiding channel in the up and down direction, and the right balancing weight is disposed in the right guiding channel.

In this embodiment, two buffer blocks 234 are disposed on the upper surface of the base 11, and the buffer block 234 is directly under the lifting fork 22. The buffer block 234 corresponds to the position of the lifting beam 221 . The bumper block 234 can be constructed of a rubber block or a spring.

In addition, a left limit stop block 235 is disposed on the left lift guide roller mounting plate 223, and a left limit block 236 is disposed on the right side wall of the upper portion of the left upright column 12, and the left limit block 236 is directly above the left limit stop block 235. The right lifting guide roller mounting plate is provided with a right limiting stop block, and the left side wall of the upper right column is provided with a right limiting block, and the right limiting block is directly above the F right limiting stopping block.

As shown in Fig. 1, the bottle translation mechanism 3 is disposed above the lifter 22, and the bottle translation mechanism 3 is between the left column 12 and the right column 13. As shown in FIG. 4, the bottle translation mechanism 3 includes a translation mechanism bracket 31, a bottle holder 32, and a translation drive mechanism for driving the bottle holder 32 to move forward and backward, and the folder driving mechanism is disposed on the translation mechanism bracket 31. on. The translation mechanism bracket 31 is coupled to the frame 1 of the unloader, thereby assembling the bottle translation mechanism 3 on the unloader. The pinch holder 2 is reciprocally translated between the lift fork 22 and directly above the bottle table by the pinch drive translation drive mechanism.

Referring to Figures 4 and 5, the translation mechanism support 3⁄4 31 is provided with a front and rear left horizontal guide 33 and a front and rear right horizontal guide 34; the left end of the bottle holder 32 is provided with a left translation guide roller mounting plate 314, left translation guide The left sliding guide roller 315 is matched with the left horizontal guide rail 33, and the two left translation guide rollers 3 15 are disposed on the upper side of the left horizontal guide 33, and the two left translation guides are disposed on the guide roller mounting plate 3]4. The guide roller 315 is disposed on the lower side of the left horizontal guide 33; the right end of the bottle holder 32 is disposed on the right translation guide roller mounting plate 316, and the right translation guide roller mounting plate 316 is mounted on the right translation of the right horizontal guide 34. Guide rollers 317, wherein two right translation guide rollers 317 are disposed on the upper side of the right horizontal guide 34, and two right translation guide rollers 317 are disposed on the lower side of the horizontal guide 34. In this embodiment, the left horizontal rail 33 has a rectangular cross-sectional shape, and the left translation guide roller 315 disposed on the upper side of the left horizontal rail 33 is in contact with the upper side of the left horizontal rail 33, and is disposed on the lower side of the left horizontal rail 33. The guiding roller 315 is in contact with the left horizontal rail 33 F side; the horizontal rail 34 has a rectangular cross section, and the right translation guiding roller 316 disposed on the upper side of the right horizontal rail 34 is in contact with the upper side of the right horizontal rail 34. The right translation guide roller 316 on the lower side of the right horizontal rail 34 is in contact with the lower side of the right horizontal rail 34.

The pinchper translation drive mechanism includes a translation trigger 35, a second left reducer 36, a left active timing pulley 37, a left annular timing belt 38, a left driven timing pulley 39, a second right retarder 310, and a right active a timing pulley 3 1 1 , a right annular timing belt 3 12 and a right driven timing pulley 313; the translation motor 35, the second left speed reducer 36 and the second right speed reducer 3 10 are fixedly mounted on the translation mechanism bracket 31, Power transmission of the second left reducer 36 The power input shaft of the input shaft and the second right reducer 310 are both connected to the power output shaft of the motor 35, and the left active timing pulley 37 is mounted on the power transmission shaft of the second left reducer 36, and the right active synchronous pulley 31 1 is mounted on the power output shaft of the second right reducer 310; the left active timing pulley 37 is connected to the left driven timing pulley 39 via the left annular timing belt 38, and the right active timing pulley 31 1 is passed through the right annular timing belt The 312 drive connects the right driven timing pulley 313, the left annular timing belt 38 is coupled to the left translation guide roller mounting plate 314, and the right annular timing belt 312 is coupled to the right translation guide roller mounting plate 316. In this embodiment, the left active timing pulley 37 is disposed on the front side of the left horizontal rail 33, the left driven timing pulley 39 is disposed on the rear side of the left horizontal rail 33, and the right active timing pulley 3 1 1 is disposed in front of the horizontal rail 34. The side, right driven timing pulley 313 is disposed on the rear side of the right horizontal rail 34.

In this embodiment, the bottle holder 32 includes a bottle holder assembly 32], a left bottle assembly 322, a right bottle assembly 323, a front bottle assembly 324, a rear bottle assembly 325, and a first bottle assembly position switching mechanism. And the second pinch assembly position switching mechanism; the left translation guide roller mounting plate 314 and the right translation guide roller mounting plate 316 are both connected to the bottle holder assembly mounting frame 321; the left pinch bottle assembly 322 is disposed on the bottle holder assembly mounting frame 321 On the left side, the left pinch bottle assembly 322 includes a left pinch plate 3221 and a left swing frame 3222, the left swing frame 3222 is hinged with the pinch bottle assembly mounting bracket 321 , and the left pinch bottle plate 3221 is disposed at the lower end of the left swing frame 3222; The 323 is disposed on the right side of the bottle holder assembly 321 . The right bottle assembly 323 includes a right clamping plate 3231 and a right swing frame 3232. The right swing frame 3232 is clamped to the bottle assembly mounting frame 321 , and the right clamping plate 3231 is disposed on the right swing. The front clamp bottle assembly 324 is disposed on the front side of the bottle clamp assembly mounting frame 321 , and the front clamp bottle assembly 324 includes a front clamp bottle plate 3241 and a front swing frame 3242 , and the front swing frame 3242 is hinged with the clamp bottle assembly mounting bracket 321 . Front clamp The bottle plate 3241 is disposed at the lower end of the front swing frame 3242; the rear pin bottle assembly 325 is disposed at the rear side of the bottle holder assembly mounting frame 321, and the rear pinch bottle assembly 325 includes a rear pinch plate 3251 and a rear swing frame 3252, and the rear swing frame 3252 and the clip. The bottle assembly mounting bracket 321 is hinged, and the rear clamping bottle plate 3251 is disposed at the lower end of the D-back swinging frame 3252; the first clamping bottle assembly position switching mechanism includes a first clamping bottle cylinder 326, a turntable 327, a left link 328, a right link 329, and The front mast 3210 and the turntable 327 are rotatably mounted on the clip bottle assembly mounting bracket 321 . The cylinder of the first gripping cylinder 326 is hinged with the clip bottle assembly mounting bracket 321 , and the piston rod of the first clamping cylinder 326 and the turntable 327 The position of the left link 328 is hinged to the upper end of the left swing frame 3222, the other end of the left link 328 is hinged from the position of the rotating shaft, and the right link 329 is hinged to the upper end of the right swing frame 3232. The other end of the right mast 329 is hinged with a portion of the turntable 327 that is offset from the rotating shaft thereof. One end of the front link 3210 is hinged with the upper end of the front swing frame 3242, and the other end of the front link 3210 and the portion of the turntable 327 that is offset from the rotating shaft thereof are hinged. The second pinch bottle assembly position switching mechanism includes a second pinch cylinder 321. The cylinder of the second pinch cylinder 321 1 is coupled to the pinch unit mounting bracket 321 , and the piston rod and the rear swing frame of the second pinch cylinder 3211 The upper end of the 3252 is hinged. The first pinch bottle assembly position switching mechanism can simultaneously switch the positions of the front pinch bottle group 324, the left pinch bottle assembly 322 and the right pinch bottle assembly 323, and by controlling the expansion and contraction of the piston rod of the first pinch cylinder 326, the turntable 327 is positive Turning or reversing, and respectively driving the left pinch bottle assembly 322, the right pinch bottle assembly 323 and the front pin bottle assembly 324 to swing inward or outward through the left link 328, the right mast 329 and the front link 3210, respectively; The second pinch bottle assembly position switching mechanism is for switching the position of the rear pinch bottle assembly 325, and the rear pinch bottle assembly 325 is swung inward or outward by controlling the expansion and contraction of the piston rod of the second pinch cylinder 3211.

Referring to FIG. 4, FIG. 6 and FIG. 7, the translation mechanism bracket 31 is provided with an auxiliary limiting mechanism 318. The auxiliary limiting mechanism 318 is disposed in front of the bottle holder 32. The auxiliary limiting mechanism 318 includes a left horizontal guiding rod 3 181. Right horizontal guide rod 3182, partition plate holder 3183, partition plate holder translation cylinder 3184, partition plate clamp 3 185 and front baffle 3 186; left horizontal guide rod 3 181 and right horizontal guide rod 3182 are both forward and backward, separated The left end of the plate holder 3183 is provided with a left sliding sleeve 3187 sleeved on the left horizontal guiding rod 3181, and the right end of the partition holder 3183 is provided with a right sliding sleeve 3 188 sleeved on the right horizontal guiding rod 3182, the partition clamping seat The translation cylinder 3184 is forward and backward, and the cylinder of the diaphragm clamp translation cylinder 3184 is connected with the translation mechanism bracket 31. The piston rod of the diaphragm clamp translation cylinder 3 184 is connected with the partition clamp holder 3184; the spacer clamp 3185 includes the lower portion. The lower clamp and the upper clamp include a lower clamp shaft 3185 1 and two lower clamp arms 31852 disposed on the lower clamp shaft 31851. The lower clamp shaft 31851 is rotatably mounted on the partition clamp holder 3183 and is oriented to the left and right. Fixture holder 3183 A lower clamp drive cylinder 31853 for driving the lower clamp shaft 31851 is provided. (In the present embodiment, the lower clamp shaft 31851 is provided with a lower swing arm 31857, and the lower clamp drive cylinder 31853 is hinged to the partition clamp holder 3183, and the lower swing arm 31857 One end is connected to the lower clamping shaft 31851, and the other end is hinged to the lower clamping driving cylinder 3 853. The upper clamping member includes an upper clamping shaft 31854 and two upper clamping arms 31 855 disposed on the upper clamping shaft 31854. The shaft 3 1 854 is rotatably mounted on the partition holder 3183 and is oriented to the left and right. The partition holder 3183 is provided with an upper clamp driving cylinder 31856 for driving the rotation of the upper clamping shaft 3 1854 (the upper clamping shaft 31854 in this embodiment) The upper swing arm 31858 is provided, and the cylinder partition clamp holder 3183 of the upper clamp drive cylinder 31856 is hinged, and the upper swing arm 31858 is connected to the upper clamp shaft 31854 and the other end is hinged to the piston rod of the upper clamp drive cylinder 31856. The upper clamp arm 31855 and the lower clamp arm 31852 are correspondingly matched; the front baffle 186 is disposed at the rear edge of the partition clamp holder 183, and the upper baffle arm 1855 and the lower clamp arm 31 852 of the front bezel 86 are provided with a gap. 3189 (in the present embodiment The baffle 3186 is provided with two notches 3189) through which the upper clamp arm 3 1855 and the lower clamp arm 31852 protrude to the rear side of the front baffle 3186.

Referring to FIG. 8, the bottle holder 32 is provided with a sensing device 3 19, and the sensing device 319 includes an induction cylinder 3191, an induction cylinder mount 3192, a contact plate 3193, an upper proximity switch 3194 and a lower proximity switch 3 195, and an induction cylinder mount 3192. Connected to the bottle holder 32 (in this embodiment, the sense The cylinder mounting seat 3192 is connected to the clamping bottle assembly mounting bracket 321), the cylinder of the induction cylinder 3191 is fixedly mounted on the induction cylinder mounting seat 3192, the piston rod of the induction cylinder 3191 is facing downward, and the lower end of the piston rod of the induction cylinder 3191 is connected. The plate 3193, the upper proximity switch 3194 and the lower proximity switch 3195 are both disposed on the cylinder of the induction cylinder 3191, and the upper proximity switch 3194 is located directly above the lower proximity switch 3195, and the piston or the piston rod of the induction cylinder 3191 is disposed close to the upper side. The switch 3194 and the lower proximity switch 3195 are matched to each other. The sensing cylinder mounting seat 3192 is provided with a contact plate guiding sleeve 3196, and the contact plate guiding sleeve 3196 is provided with a contact plate guiding rod 3197. The contact plate guiding rod 3197 is parallel with the induction cylinder 3191, and the lower end of the contact plate guiding rod 3197 and the contact plate 3193 connection.

As shown in FIG. 9, the partition pick-and-place mechanism 4 includes a support base 46, a swing arm 43, a swing drive motor 44, a swing transmission speed reducer 45, a suction cup assembly 41, and a suction cup assembly lifting mechanism 42 capable of driving the suction cup assembly 41 up and down, swinging The driving motor 44 and the oscillating transmission reducer 45 are both fixed on the support base 46. The power output shaft of the oscillating drive boring machine 44 is coupled with the power input shaft of the oscillating transmission reducer 45, and the oscillating arm 43-end and the oscillating transmission reducer 45 The power transmission shaft 47 I is fixedly connected, and the suction cup assembly lifting mechanism 42 is mounted on the swing arm 43. The support base 46 is connected to the right upright column 13, and the partition pick-and-place mechanism 4 is mounted on the frame 1 via a support weir 46.

Referring to FIG. 10, the suction cup assembly lifting mechanism 42 includes a lifting cylinder block 421, a lifting cylinder 422, two guiding sleeves 423, and two guiding rods 424. The suction cup assembly 41 includes a suction cup mounting bracket 411 and a plurality of suction cup mounting brackets 41 1 . a suction cup 412; the lifting cylinder block 421 is connected to the swing arm 43, the cylinder 221 of the lifting cylinder 422 is mounted on the lifting cylinder block 21, and the piston rod 222 of the lifting cylinder 22 faces downward and is connected with the suction cup mounting frame 411; The 423 is fixedly disposed on the lifting cylinder block 421 and parallel with the lifting cylinder 422. The two guiding sleeves 423 are symmetrically disposed on both sides of the lifting cylinder 422; the lower ends of the two guiding rods 424 are connected to the suction cup mounting frame 41 1; the two guiding rods 424 Corresponding to the two guide sleeves 423, the guide rod 424 is in the guide sleeve 423.

In this embodiment, the suction cup mounting frame 41 includes a central splicing plate 4 Π 1 and four suction cup mounting rods 4112; the central connecting plate 4111 is coupled to the piston rod 4222 of the lifting cylinder 422; each of the suction cup mounting rods 41 12 has one end and a center The connecting plates 411 1 are connected (the respective suction cup mounting rods 4112 are radially distributed around the connection point of the center connecting plate 4111 and the lifting cylinder piston rods 4222), the suction cup mounting rods 4112 are disposed in the horizontal direction, and the adjacent two suction cup mounting rods are disposed. The angle between the 41 12 is 90°; two suction cups 412 are provided on each of the suction cup mounting rods 41 12 (the number of suction cups 412 provided on the suction cup mounting rods 41 12 can be increased or decreased according to actual needs).

In this embodiment, the suction cup 412 is mounted on the suction cup mounting rod 4112 via the suction cup ΐ adjuster 413. The suction cup holder 413 is sleeved on the suction cup mounting rod 4112, and the suction cup 412 is connected to the suction cup 413. The suction cup holder 4Π can be moved along the suction cup mounting rod 4112 and fixed on the suction cup mounting rod 4112 through a connecting member. When used, the position of the suction cup holder 413 on the suction cup mounting rod 4112 can be adjusted according to actual needs, thereby adjusting corresponding positions. The position of the suction cup 412. The following is a brief description of the I: principle of the bottle unloading machine - when the bottle is conveyed to the lifting fork 22, the left wall panel 15 and the right wall panel 16 are moved outward, and the bottle can enter the left side. Between the wall panel 15 and the right wall panel 16; after the bottle is on the lift 22 and contacts the rear wall panel 17, the left wall panel 15 and the right wall panel 16 move inward, limiting the bottle to the left Between the side wall panel 15, the right side wall panel 16, and the rear side wall panel 17.

The bottle lifting mechanism 2 raises the bottle top thereon to a predetermined height; the bottle translation mechanism 3 conveys the bottle of the uppermost layer of the bottle laterally to the bottle table; a separator is disposed between two adjacent bottles in the bottle After the bottle translating mechanism 3 removes the upper layer of the bottle, the partitioning and picking mechanism 4 takes out the partition and moves it to the partition collecting frame, and then the bottle lifting mechanism 2 sends the next layer of the bottle to the predetermined position, and then The bottle translation mechanism 3 continues to remove the next layer of bottles.

(1) Working principle of the bottle lifting mechanism 2:

After the bottle is conveyed onto the lifting fork 22, the lifting motor 26 rotates forward, the left timing pulley 28 is driven to rotate by the first left speed reducer 27, and the first timing pulley 232 is rotated by the first right speed reducer 231, left synchronization The pulley 28 and the right timing pulley 232 respectively drive the lifting fork 22 to rise by the left timing belt 29 and the right timing belt 233 to raise the bottle to a predetermined position; then, each time a layer of the bottle is removed, the lifting fork 22 rises by a certain distance; When all the bottles are removed, the elevator 26 is reversed, the left timing pulley 28 is driven to rotate in the reverse direction by the first left speed reducer 27, and the right timing pulley 232 is driven to rotate in the reverse direction by the first right speed reducer 231, left. The timing pulley 28 and the right timing pulley 232 respectively drive the lifting fork 22 to descend by the left timing belt 29 and the right timing belt 233, and the lifting 22 is restored to the initial position, and after the bottle tray is removed, the next step can be started. Wheel work.

During the lifting process of the lifting fork 22, each of the left lifting guide rollers 224 cooperates with the left vertical rail 23 (the rolling between the left lifting guide roller 224 and the left vertical rail 23), and each right lifting guide roller 226 and right The vertical rails 24 cooperate (the rolling between the right lifting guide rollers 226 and the right vertical rails 24), and the lifting lifts 22 are smoothly raised and lowered along the left vertical width rails 23 and the right vertical rails 24. (2) The principle of the bottle translation mechanism 3:

First, the pinch holder 32 is directly above the lifting fork 22; before the uppermost bottle of the bottle enters the bottle holder 32, the uppermost bottle of the bottle is not in contact with the contact plate 3193, and the contact plate 3193 is at its lowest position, at which time it is close to The switch 3 195 senses the detecting body; when the bottle is raised, the uppermost bottle of the bottle enters the bottle holder 32 and pushes up the contact plate 3 193 upward, the contact plate 3 193 rises and pushes the piston rod of the induction cylinder 3191 and the detecting body rises. When the upper proximity switch 3194 senses the detector, the upper proximity switch 3194 sends a signal to the control circuit, and the control circuit sends a control signal to stop the bottle hoisting mechanism (when the uppermost bottle of the bottle reaches a predetermined height position).

Next, the first gripper assembly position switching mechanism simultaneously switches the positions of the front gripper assembly 324, the left gripper assembly 322, and the right gripper assembly 323 to cause the left gripper assembly 322, the right gripper assembly 323, and the front gripper assembly 324. Simultaneously swinging inward while the second pinch assembly position switching mechanism switches the position of the bottle holder assembly 325, causing the rear pinch bottle assembly 325 to swing inwardly, such that the left pinch bottle assembly 322, the right pinch bottle assembly 323, and the front pinch bottle The assembly 324 and the rear pinch assembly 325 grip the uppermost bottle of the bottle. At this time, the baffle clamp I-seat translation cylinder 3184 drives the baffle holder 3183 and the front baffle 3186 and the baffle clamp 3185 thereon to move backward, and the front baffle 3186 contacts the bottle of the upper layer of the bottle; meanwhile, the bottle The front edge of the partition between the uppermost bottle and the lower bottle is between the upper clamp arm 3 1855 and the lower clamp arm 31852, and the upper clamp drive cylinder 31856 and the lower clamp drive cylinder 31853 drive the upper clamp shaft 31854, respectively. After the lower clamp shaft 31851 is rotated, the upper clamp arm 31855 is engaged with the lower clamp arm 31852 to sandwich the partition plate.

Subsequently, the translation motor 35 drives the left active timing pulley 37 to rotate by the second left speed reducer 36, and drives the right active timing pulley 31 1 to rotate by the second right speed reducer 310, the left active timing pulley 37, the active timing pulley 31 1 drives the pinch holder 32 backward by the left annular timing belt 38 and the right annular timing belt 312, respectively, and pushes the bottle holder 32 and the bottle it grips onto the bottle table. Then, the first pinch assembly position switching mechanism simultaneously switches the positions of the front pinch bottle assembly 324, the left pinch bottle assembly 322, and the right pinch bottle assembly 323, so that the left pinch bottle assembly 322, the right pinch bottle assembly 323, and the front pin holder assembly 324 are simultaneously The swinging outwardly, while the second gripper assembly position switching mechanism switches the position of the gripper assembly 325, causes the rear gripper assembly 325 to swing outward to release the bottle.

Then, the upper clamp drive cylinder 31 856 and the lower clamp drive cylinder 31853 respectively drive the upper clamp shaft 31854 and the lower clamp shaft 31851 to rotate in opposite directions, and the upper clamp arm 31855 and the lower clamp arm 31852 are branched to release the partition; the partition clamp holder The translating cylinder 3 184 drives the baffle holder 3183 and the front baffle 3186 and the baffle clamp 3185 thereon to translate forward. At this time, the uppermost partition of the bottle is taken out by the separator pick-and-place mechanism of the unloading machine and placed in the partition collecting frame.

Then, the translation motor 35 drives the left active timing pulley 37 to reversely rotate by the second left speed reducer 36, and drives the right active timing pulley 31 1 to reversely rotate by the second right speed reducer 310, and the left active timing pulley 37, The right active timing pulley 31 rotates the bottle holder 32 forward by the left annular timing belt 38 and the right annular timing belt 312, respectively, and re-sends the bottle holder 32 directly above the bottle lifting mechanism; jobs.

(3) The principle of the partitioning mechanism 4:

After the bottle translation mechanism 3 unloads the upper bottle in the bottle and transports it to the bottle table, the power output shaft of the swing drive motor 44 rotates forward, and the swing arm 43 is swung by the swing transmission speed reducer 45 (swing The arm 43 swings about the power output shaft 47 of the oscillating transmission reducer 45 to move the suction cup assembly lifting mechanism 42 and the suction cup assembly 41 directly above the bottle; then the piston rod 4222 of the lifting cylinder 422 extends and drives the suction cup assembly 41 to descend. The suction cup 412 sucks the uppermost partition of the bottle; then the piston rod 4222 of the lifting cylinder 422 contracts, the driving suction cup assembly 41 and the sucking partition rise together; and then the power output shaft of the swing driving motor 44 is reversed. The swing arm 43 is swung back by the swing transmission speed reducer 45, and the suction cup assembly lifting mechanism 42, the suction cup assembly 41 and the partition plate are translated together directly above the partition collecting frame, and the suction cup 412 releases the partition plate, and the partition plate is weighted. Drop into the baffle collection rack and complete the process of picking and unloading the baffle.

Claims

Claims WO 2015/077906 PCT/CN2013/001521

1. A bottle unloading and stacking machine, including a frame, a bottle stack lifting mechanism, a bottle translation mechanism and a partition picking and placing mechanism. The bottle stack lifting mechanism, bottle translation mechanism and partition picking and placing mechanism are installed on the frame. Its characteristics Yes: The rack includes a base, a left upright column and a right upright column. The lower ends of the left upright column and the lower ends of the right upright column are fixedly connected to the base. There is a left vertical guide rail running up and down on the right side of the left upright column. The left side of the right upright column is There is a right vertical guide rail running up and down on the wall; the bottle stack lifting mechanism includes a lifting mechanism and a lifting mechanism that can drive the lifting fork to lift. The lifting fork lifting drive mechanism is installed on the frame. There is a left lifting mechanism on the left end of the lifting fork. Guide roller mounting plate. The left lifting guide roller mounting plate is equipped with at least three left lifting guide rollers that cooperate with the left vertical guide rail. At least one of the left lifting guide rollers is located on the front side of the left vertical guide rail. There is at least one left lifting guide roller located on the rear side of the left vertical guide rail, and at least one left lifting guide roller located on the right side of the left vertical guide rail; a right lifting guide roller mounting plate is provided on the right end of the lifting fork, and a right lifting guide roller is installed on the right end of the lifting fork. The guide roller mounting plate is equipped with at least two right lifting guide rollers that cooperate with the right vertical guide rail. At least one of the right lifting guide rollers is located on the front side of the vertical guide rail. At least one right lifting guide roller is located on the front side of the vertical guide rail. On the rear side of the right vertical guide rail, there is at least one right lifting guide roller located on the left side of the right vertical guide rail; the bottle translation mechanism is located above the lifting fork, and the bottle translation mechanism is between the left column and the right column; the partition is removed The placing mechanism includes a support base, a swing arm, a swing drive motor, a swing transmission reducer, a suction cup assembly, and a suction cup assembly lifting mechanism that can drive the suction cup assembly up and down. The support base is connected to the left or right column, the swing drive motor and the swing drive reducer. Both are fixed on the support base. The power output shaft of the swing drive motor is connected to the power input shaft of the swing drive reducer. One end of the swing arm is fixedly connected to the power output shaft of the swing drive reducer. The suction cup assembly lifting mechanism is installed on the swing arm.

2. The bottle unloading and stacking machine according to claim 1, characterized in that: the lifting fork lifting driving mechanism includes a top frame, a lifting motor, a first left reducer, a left synchronous pulley, a left synchronous belt, a first The right reducer, right synchronous pulley and right synchronous belt are installed on the top of the frame. The lifting motor, the first left reducer and the first right reducer must be installed on the top frame. The first left reducer is installed on the top frame. The power input shaft and the power input shaft of the first right reducer are both drivingly connected to the power output shaft of the lift motor. The left synchronous pulley is installed on the power output shaft of the first left reducer, and the right synchronous pulley is installed on the first right reducer. On the power output shaft of the reducer; the left synchronous belt is strip-shaped, the middle section of the left synchronous belt meshes with the left synchronous pulley, one end of the left synchronous belt is connected to the left lifting guide roller mounting plate, and the other end is connected to the left balance weight; The right synchronous belt is strip-shaped, and the middle section of the right synchronous belt meshes with the right synchronous pulley. One end of the right synchronous belt is connected to the right lifting guide roller mounting plate, and the other end is connected to the right balance weight.

3. The bottle unloading and stacking machine according to claim 1, characterized in that: at least one buffer block is provided on the upper surface of the base, and the buffer block is located directly below the lifting fork.

4. The bottle unloading and stacking machine according to claim 1, characterized in that: the bottle translation mechanism includes a translation mechanism bracket, a bottle clamp and a bottle clamp translation drive mechanism for driving the bottle clamp to move forward and backward, and the bottle clamping mechanism The translation drive mechanism of the bottle clamp is located on the translation mechanism bracket, which is connected to the frame; the translation mechanism bracket is provided with a left horizontal guide rail running forward and backward and a right horizontal guide rail running forward and backward; a left translation guide roller is provided at the left end of the bottle clamper On the mounting plate, the left translation guide roller mounting plate is installed with at least two left translation guide rollers that cooperate with the left horizontal guide rail. At least one of the left translation guide rollers is set on the upper side of the left horizontal guide rail. At least one left translation guide roller is installed on the left horizontal guide rail. The translation guide roller is located on the lower side of the left horizontal guide rail; the right end of the bottle clamp is equipped with a right translation guide roller mounting plate, and the right translation guide roller mounting plate is equipped with at least two right translation guide rollers that cooperate with the right horizontal guide rail , wherein at least one right translation guide roller is located on the upper side of the right horizontal guide rail, and at least one right translation guide roller is located on the lower side of the right horizontal guide rail.

5. The bottle unloading and stacking machine according to claim 4, characterized in that: the bottle clamper translation driving mechanism includes a translation motor, a second left reducer, a left active synchronous pulley, a left annular synchronous belt, a left driven The synchronous pulley, the second right reducer, the right driving synchronous pulley, the right ring ¾ synchronous belt and the right driven synchronous pulley; the translation motor, the second left reducer and the second right reducer are all fixedly installed on the translation mechanism bracket On the top, the power input shaft of the second left reducer and the power input shaft of the second right reducer are both drivingly connected with the power output shaft of the translation motor, and the left driving synchronous pulley is installed on the power output shaft of the second left reducer. The right driving synchronous pulley is installed on the power output shaft of the second right reducer; the left driving synchronous belt Claims

WO 2015/077906 PCT/CN2013/001521 The left driven synchronous pulley is connected to the left driven synchronous pulley through the left annular synchronous belt drive, and the right driven synchronous pulley is connected to the right driven synchronous pulley through the right annular synchronous belt drive. The left annular synchronous belt is connected to the left translational The guide roller mounting plate is connected to each other, and the right annular timing belt is connected to the right translation guide roller mounting plate.

6. The bottle unloading and stacking machine according to claim 4, characterized in that: the bottle clamping device includes a bottle clamping assembly mounting frame, a left bottle clamping assembly, a right bottle clamping assembly, a front bottle clamping assembly, and a rear bottle clamping assembly. The first bottle clamping assembly position switching mechanism and the second bottle clamping assembly position switching mechanism; The left translation guide roller mounting plate and the right translation guide roller mounting plate are both connected to the bottle clamping assembly mounting frame; The left bottle clamping assembly is located at The left side of the bottle clamping component installation frame. The left bottle clamping assembly includes a left bottle clamping plate and a left swing frame. The left swing frame is hinged with the bottle clamping assembly mounting frame. The left bottle clamping plate is located at the lower end of the left swing frame; the right bottle clamping assembly is located at the lower end of the left swing frame. On the right side of the bottle clamping assembly mounting frame, the bottle clamping assembly includes a right bottle clamping plate and a right swing frame. The right swing frame is hinged with the bottle clamping assembly mounting frame. The right bottle clamping plate is located at the lower end of the right swing frame; the front bottle clamping assembly is located on the clamp. The front side of the bottle assembly mounting frame. The front bottle clamping assembly includes a front bottle clamping plate and a front swing frame. The front swing frame is hinged with the bottle clamping assembly mounting frame. The front bottle clamping plate is located at the lower end of the front swing frame; the rear bottle clamping assembly is located on the clamp. On the rear side of the bottle assembly mounting frame, the rear bottle clamping assembly includes a rear bottle clamping plate and a rear swing frame. The rear swing frame is hinged with the bottle clamping assembly mounting frame. The rear bottle clamping plate is located at the lower end of the rear swing frame; the position of the first bottle clamping assembly is switched. The mechanism includes a first bottle-clamping cylinder, a turntable, a left link, a right link and a front link. The turntable is rotatably mounted on the bottle-clamping assembly mounting frame. The cylinder body of the first bottle-clamping cylinder is hinged with the bottle-clamping assembly mounting frame. The piston rod of the first bottle clamping cylinder is hinged with the part of the turntable that deviates from its rotation axis. One end of the left connecting rod is hinged with the upper end of the left swing frame. The other end of the left connecting rod is hinged with the part of the turntable that is deviated from its rotation axis. One end of the right connecting rod is hinged with the right part of the turntable. The upper end of the swing frame is hinged, the other end of the right connecting rod is hinged with the part of the turntable that deviates from its axis of rotation, one end of the front link is hinged with the upper end of the front swing frame, the other end of the front link is hinged with the part of the turntable that is deviated from its axis of rotation; the second bottle clamp The component position switching mechanism includes a second bottle clamping cylinder, the cylinder body of the second bottle clamping cylinder is connected to the bottle clamping component mounting frame, and the piston rod of the second bottle clamping cylinder is hinged to the upper end of the rear swing frame.

7. The bottle unloading and stacking machine according to claim 4, characterized in that: the translation mechanism bracket is provided with an auxiliary limiting mechanism, the auxiliary limiting mechanism is located in front of the bottle clamping device, and the auxiliary limiting mechanism includes a left horizontal guide rod, right horizontal guide rod, partition clamp seat, partition clamp seat translation cylinder, partition clamp and front baffle; the left horizontal guide rod and the right horizontal guide rod both run forward and backward, and the left end of the partition clamp seat is equipped with a socket There is a left sliding sleeve on the left horizontal guide rod, and the A seat end of the partition clamp is provided with a right sliding sleeve that is connected to the right horizontal guide rod. The translation cylinder of the partition clamp seat moves forward and backward, and the cylinder of the partition clamp seat translation cylinder The body is connected to the translation mechanism bracket, and the piston rod of the translation cylinder of the partition clamp seat is connected to the partition clamp seat; the partition clamp includes a lower clamp and an upper clamp, and the lower clamp includes a lower clamp shaft and at least one lower clamp located on the lower clamp shaft. Clamp arm, the lower clamp shaft is rotatably installed on the partition clamp seat and runs left and right. The partition clamp A seat is provided with a lower clamp driving cylinder for driving the lower clamp shaft to rotate. The upper clamp includes an upper clamp shaft and at least one located on The upper clamp arm is on the upper clamp shaft. The upper clamp shaft is rotatably installed on the partition clamp seat and runs left and right. The partition clamp seat is equipped with an upper clamp driving cylinder for driving the upper clamp shaft to rotate. The upper clamp arm is connected to the lower clamp arm. The number of clamping arms is the same and they match one by one; the front baffle is located on the rear edge of the partition clamp seat, and there are gaps on the front baffle at the parts corresponding to the upper and lower clamping arms, through which the upper and lower clamping arms pass. The notch extends to the rear side of the front baffle.

8. The bottle unloading machine according to claim 4, characterized in that: the bottle clamp is provided with an induction device, and the induction device includes an induction cylinder, an induction cylinder mounting base, a contact plate, an upper proximity switch and a lower proximity switch. , the induction cylinder mounting base is connected to the bottle clamp, the cylinder body of the induction cylinder is fixedly installed on the induction cylinder mounting base, the piston rod of the induction cylinder faces downward, the lower end of the piston rod of the induction cylinder is connected to the contact plate, the upper proximity switch and the lower proximity switch They are all installed on the cylinder body of the induction cylinder. The upper proximity switch is directly above the lower proximity switch. The piston or piston rod of the induction cylinder is provided with a detection body that matches the upper proximity switch and the lower proximity switch.

9. The bottle unloading and stacking machine according to claim 1, characterized in that: the suction cup assembly lifting mechanism includes a lifting cylinder base and a lifting cylinder, the suction cup assembly includes a suction cup mounting frame and a plurality of suction cups located on the suction cup mounting frame; The lifting cylinder base is connected to the swing arm. The cylinder body of the lifting cylinder is installed on the lifting cylinder base. The piston rod of the lifting cylinder faces downward and is connected to the suction cup mounting bracket.

10. The bottle unloading and stacking machine according to claim 9, characterized in that: the suction cup mounting frame includes a central connecting plate and four suction cup mounting rods; the central connecting plate is connected to the piston rod of the lifting cylinder; each suction cup mounting rod One end is connected to the central connecting plate, the suction cup installation rods are arranged in the horizontal direction, and the angle between two adjacent suction cup installation rods is 90°; at least one suction cup is provided on each suction cup installation rod.